Applications
Okoguard Okolon Loxarmor, 2000 volt power cables are designed specifically for secondary
feeders in industrial power distribution systems, employing load center power distribution
principles and for station auxiliaries in generating stations. They provide an economical
way to supply power to plug-in busway systems and centralized motor control units.
Loxarmor power cables may be installed in both exposed and concealed work, wet and dry
locations, direct burial in the earth, or embedded in concrete. They may be installed on
metal racks, troughs, in cable trays or secured to supports not greater than 6 feet apart.
Loxarmor power cable also approved for Classes I and II, Division 2 and Class III,
Divisions 1 and 2, hazardous locations - NEC Articles 501, 502 and 503. Specifications
Conductors: Uncoated, stranded copper conductor per ASTM B-3, Class B stranded per
ASTM B-8.
Insulation: Meets or exceeds all requirements of ICEA S-95-658,
NEMA/WC70, NEMA WC 8 and UL
Standard 44 and 854.
Conductor: Listed by Underwriters Laboratories, Inc. as Type RHH or RHW-2 or
USE, VW-1.
Grounding Conductor: Bare copper Class B stranded per ASTM B-8 and sized in
accordance with UL 1569.
Assembly: Cables with one ground wire, fillers in the interstices, binder tape
overall.
Loxarmor: Galvanized steel or aluminum interlocked tape armor per UL 1569, ICEA
S-95-658 NEMA/WC57, and UL Listing E-38916.
Jacket: When specified, a sunlight resistant, black PVC jacket in accordance
with UL 1569.
UL Listed as Type MC, sunlight resistant, for use in cable tray, and for direct burial
in accordance with UL 1569.
Product Features
Complete pre-packaged, factory-tested wiring system - color coded. Loxarmor cables are
quality control inspected to meet or exceed all recognized industry standards (UL, NEC,
ICEA, NEMA). 90°C continuous rating in wet or dry locations; 130°C emergency overload
rating 250°C short circuit rating Flame retardant - passes the vertical tray flame test
requirements of IEEE 383 and 1202, UL 1277 & ICEA T-29-520 (210,000 BTU/hr.) Lower
installed cost compared to wire in conduit or EMT. Excellent compression and impact
resistance. Easily re-routed in the event of system changes. Smaller diameter than
RHW-jacketed cables. More flexible, easier to install, terminate or splice than XLPE
insulation. |